UVsurface*
SWEEP_DISK::build_revolve(
CWpt_list& apts,
CWvec& n,
CWpt_list& spts,
MULTI_CMDptr cmd
)
{
static bool debug = Config::get_var_bool("DEBUG_BUILD_REVOLVE");
// Editing or Creating
bool is_editing = !(_surfs.empty());
Bcurve* bcurve = Bcurve::get_curve(_boundary.edges());
if (!bcurve) {
err_adv(debug, "SWEEP_DISK::build_revolve: can't find curve");
return nullptr;
}
if (!bcurve->is_control()) {
err_adv(debug, "SWEEP_DISK::build_revolve: error: non-control curve");
return nullptr;
}
Map1D3D* axis = new Wpt_listMap(apts, new WptMap(apts[0]), new WptMap(apts[1]), n);
// XXX - Zachary: add SWEEP_CMD here:
// Create/Edit the surface of revolution
UVsurface* ret = nullptr;
Panel* p = dynamic_cast<Panel*>(Bsurface::get_surface(_enclosed_faces));
assert(p);
if (is_editing) {
assert(!_surfs.empty());
ret = dynamic_cast<UVsurface*>(_surfs[0]);
assert(ret);
TubeMap* tmap = dynamic_cast<TubeMap*>(ret->map());
assert(tmap);
// reshape the axis
Wpt_listMap* m = dynamic_cast<Wpt_listMap*>(tmap->axis());
assert(m);
WPT_LIST_RESHAPE_CMDptr a_cmd = make_shared<WPT_LIST_RESHAPE_CMD>(m,apts);
if (a_cmd->doit())
cmd->add(a_cmd);
// reshape the top curve
double s = spts.back()[2]/spts.front()[2];
Wtransf M = tmap->axis()->F(1) * Wtransf::scaling(0,s,s) * tmap->axis()->Finv(0);
WPT_LIST_RESHAPE_CMDptr c1_cmd = make_shared<WPT_LIST_RESHAPE_CMD>(((Wpt_listMap*)tmap->c1()), M*((Wpt_listMap*)tmap->c0())->get_wpts());
if (c1_cmd->doit())
cmd->add(c1_cmd);
// reshape the profile
cmd->add(make_shared<TUBE_MAP_RESHAPE_CMD>(tmap,spts));
// change the record
vector<Panel*>::iterator it = std::find(panels.begin(), panels.end(), p);
assert(it != panels.end());
int loc = it - panels.begin();
profiles[loc] = _profile;
} else {
// for recording purposes
Bpoint_list points;
Bcurve_list curves;
Bsurface_list surfs;
ret =
UVsurface::build_revolve(bcurve, axis, spts, _enclosed_faces, points, curves, surfs, cmd);
if (ret) {
//FLOOR::realign(ret->cur_mesh(), cmd);
panels.push_back(p);
bpoints.push_back(points);
bcurves.push_back(curves);
bsurfaces.push_back(surfs);
profiles.push_back(_profile);
}
}
WORLD::add_command(cmd);
return ret;
}
UVsurface*
SWEEP_DISK::build_revolve(
CWpt_list& apts,
CWvec& n,
CWpt_list& spts,
MULTI_CMDptr cmd
)
{
static bool debug = Config::get_var_bool("DEBUG_BUILD_REVOLVE");
// Editing or Creating
bool is_editing = !(_surfs.empty());
Bcurve* bcurve = Bcurve::get_curve(_boundary.edges());
if (!bcurve) {
err_adv(debug, "SWEEP_DISK::build_revolve: can't find curve");
return 0;
}
if (!bcurve->is_control()) {
err_adv(debug, "SWEEP_DISK::build_revolve: error: non-control curve");
return 0;
}
Map1D3D* axis = new Wpt_listMap(apts, new WptMap(apts[0]), new WptMap(apts[1]), n);
// XXX - Zachary: add SWEEP_CMD here:
// Create/Edit the surface of revolution
UVsurface* ret = NULL;
Panel* p = Panel::upcast(Bsurface::get_surface(_enclosed_faces));
assert(p);
if (is_editing) {
assert(!_surfs.empty());
ret = UVsurface::upcast(_surfs[0]);
assert(ret);
TubeMap* tmap = TubeMap::upcast(ret->map());
assert(tmap);
// reshape the axis
Wpt_listMap* m = Wpt_listMap::upcast(tmap->axis());
assert(m);
WPT_LIST_RESHAPE_CMDptr a_cmd = new WPT_LIST_RESHAPE_CMD(m,apts);
if (a_cmd->doit())
cmd->add(a_cmd);
// reshape the top curve
double s = spts.last()[2]/spts.first()[2];
Wtransf M = tmap->axis()->F(1) * Wtransf::scaling(0,s,s) * tmap->axis()->Finv(0);
WPT_LIST_RESHAPE_CMDptr c1_cmd = new WPT_LIST_RESHAPE_CMD(((Wpt_listMap*)tmap->c1()), M*((Wpt_listMap*)tmap->c0())->get_wpts());
if (c1_cmd->doit())
cmd->add(c1_cmd);
// reshape the profile
cmd->add(new TUBE_MAP_RESHAPE_CMD(tmap,spts));
// change the record
int loc = panels.get_index(p);
assert(loc >= 0);
profiles[loc] = _profile;
} else {
// for recording purposes
Bpoint_list points;
Bcurve_list curves;
Bsurface_list surfs;
ret =
UVsurface::build_revolve(bcurve, axis, spts, _enclosed_faces, points, curves, surfs, cmd);
if (ret) {
//FLOOR::realign(ret->cur_mesh(), cmd);
panels += p;
bpoints += points;
bcurves += curves;
bsurfaces += surfs;
profiles += _profile;
}
}
WORLD::add_command(cmd);
return ret;
}
